2 Bedroom Apartment for sale in Armstrong Road, Littlemore, OX4

A spacious and contemporary two-bedroom apartment is situated in Littlemore, just south of Oxford. The apartment boasts a modern open layout, combining the kitchen, living room, and dining area into one seamless space. It features integrated appliances, a private balcony, a master bedroom with an en-suite, an additional principle bathroom, and a second double bedroom.

While located just outside the iconic Oxford city, with its charming cobblestone streets and prestigious college campuses, Littlemore offers a distinct character and strong community feel. The area is conveniently positioned near two major routes, the M40 and A34, providing excellent road connections to various regional centers. Additionally, Littlemore is nestled between the picturesque Cotswolds and Chiltern Hills Areas of Outstanding Natural Beauty, offering easy access to breathtaking natural landscapes. The location also benefits from its proximity to one of the UK's most innovative science and technology parks, making it an ideal choice for professionals in those fields.

The development at Newman Place will feature newly constructed footpaths and cycleways, seamlessly integrating it with the adjacent Oxford Science Park. These pedestrian and cycling routes will provide local residents with convenient access to a revitalised copse area, offering a tranquil natural setting.
Alongside Littlemore Brook, inviting seating areas will be installed, allowing residents to relax and enjoy the serene surroundings. Additionally, a play area crafted from natural materials will be created, providing a unique and eco-friendly space for children's recreation.

Furthermore, the development will include community allotments, enabling residents to cultivate their own fruits and vegetables while fostering a sense of community. Dedicated habitats for local wildlife will also be established, promoting biodiversity and environmental conservation within the area.

Energy Efficiency Current: 83.0
Energy Efficiency Potential: 83.0